Active Matter in Complex Environments (2023)

Explore the fascinating world of active matter through this comprehensive conference series featuring leading researchers presenting cutting-edge developments in the field. Delve into diverse topics including circle swimmers and gravitaxis, bioinspired active matter systems, and stochasticity in epithelial tissues. Learn about the dynamics of chemically active polymers through multi-particle approaches and discover the physics governing active surfaces. Examine confined active matter systems and investigate bacterial transport mechanisms in both dilute and porous environments. Study the Vicsek model with updates on ordered phases and their fragility to quenched disorder, while exploring low Reynolds number active suspensions using inertial turbulence approaches. Investigate non-equilibrium dynamics of Active Brownian Particles (ABP) as a paradigm system and analyze enhanced mixing and vortical flow patterns around confined microalgae. Gain insights into transport properties of active Brownian agents in complex environments and understand the relationship between circle swimmers, gravitaxis, and harmonic oscillator dynamics. Master advanced concepts in active matter physics through detailed lectures on spatial quenched disorder effects and comprehensive analysis of confined active matter systems.